‘Stunning’ Percolation Proof Solves Decades-Old Puzzle About Phase Transitions

Quanta MagazineIndependentCenteryesterday

Five mathematicians, including Sahar Diskin, Benny Sudakov, and Vincent Tassion, solved a major problem in percolation theory, which deals with how fluids move through porous materials. Their work addressed a decades-old question about how quickly a percolation network fills with fluid as connections are added. The breakthrough occurred during a late-night session at ETH Zurich in December 2025, where the team refined their approach after initially doubting its validity. The result has been praised as 'stunning' by experts in the field. The research builds on historical work dating back to the 1940s, including studies by Rosalind Franklin on coal structures and later models developed by Simon Broadbent and John Hammersley.

Bias read (Center): The article discusses a scientific breakthrough in mathematics and physics, focusing on theoretical concepts and historical developments. There is no political framing, ideological emphasis, or discussion of governance, policy, or societal values. The tone remains objective, presenting the discovery

Quanta MagazineIndependentCenter4 days ago

Five mathematicians, including Sahar Diskin, Benny Sudakov, and Vincent Tassion, solved a major problem in percolation theory, which deals with how fluids move through porous materials. Their work addressed a decades-old question about how quickly a percolation network fills with fluid as connections are added. The breakthrough occurred during a late-night session at ETH Zurich in December 2025, where the team refined a potential solution. The result has been praised as 'stunning' by experts in the field. The concept of percolation originated from research into coal structures in the 1940s, initially led by Rosalind Franklin, though she is more widely known for her contributions to DNA research. Later, Simon Broadbent and John Hammersley developed a mathematical model to analyze fluid flow through porous materials.

Bias read (Center): The article presents a scientific achievement without overt ideological framing. It focuses on the technical aspects of the research, the collaborative process, and historical context without taking a political stance. The tone remains neutral, emphasizing the significance of the discovery rather än